A cannonball is projected downward at an angle of 300 with the horizontal from the top of a building 170 m high. lts initial speed is 40 m/s. Neglecting air resistance, how much time would elapse before it hits the ground? Find out how far from the foot of the building the cannonball will strike and at what angle with the horizontal. Draw a diagram

A water balloon is launched at 53.8° with respect to the ground at a velocity of 15m/s. Let's assume there is no air resistance during its trajectory. Part A) Find the horizontal and vertical components of the angled velocity vector. Vx = unit Vy = unt Part B) How long does it take the balloon to reach its рeak? t =_ unit Part C) What is the maxmimum height reached by the water balloon? unit

Here you are designing a motorcycle stunt where the motorcycle leaves a ramp at an angle θ and lands on another ramp of the same height. You need to know where to place the second ramp. You will make a mathema1cal model to predict the range (i.e., to predict how far the motorcycle will land from the first ramp).

Initial height = 27 m. Initial velocity = 23 m/s. Initial angle = 29 degrees.   Find the velocity when it reaches the ground (just before it hits).   a) Enter your answers for both the magnitude and direction of the velocity. Enter just the numerical answers below, including units

make it clear and answerr visible thanks

During WWI, the Germans had a gun called Big Bertha that was used to shell Paris. The initial velocity of the shell was 1700 m/s at an angle of 55° above the horizontal. Assume it returns to the same height as released. Ignore air resistance. 1. Find the total time in the air for the shell. 2. How far away did the shell hit? 3. Find the shell's velocity at the apex. 4. Find the horizontal and vertical velocity components just when the shell strikes the ground.

Can you please show me how to draw a diagram and solve 1. b

For A,B,and C

An MCC Physics student launches a projectile at an angle 0 to the horizontal with some initial speed Vo. Neglect air resistance and let up the be the positive direction. a. write an expression  for the horizontal and vertical components of the initial velocity of the projectile b. what is its acceleration in the horizontal direction at the maximum height c. what is its acceleration in the vertical direction at the maximum height?

Can't figure this out